MASTERS FOOD SCIENCE AND TECHNOLOGY PROJECT TOPICS AND MATERIALS

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MASTERS FOOD SCIENCE AND TECHNOLOGY PROJECT TOPICS AND MATERIALS

A. Food Chemistry and Analysis

  1. Proximate composition of selected indigenous Nigerian food products.
  2. Comparative analysis of the nutritional composition of traditional and improved varieties of cassava.
  3. Determination of mineral composition of selected leafy vegetables.
  4. Assessment of vitamin C retention in vegetables during different cooking methods.
  5. Chemical characterization of oils extracted from selected tropical seeds.
  6. Effect of storage conditions on the peroxide value of palm oil.
  7. Determination of free fatty acids in vegetable oils sold in local markets.
  8. Comparative study of the physicochemical properties of locally produced honey.
  9. Analysis of anti-nutritional factors in underutilized legumes.
  10. Effect of processing methods on the phytochemical composition of bitter leaf.
  11. Determination of carotenoid content in selected indigenous fruits.
  12. Assessment of antioxidant activity in tropical fruits and vegetables.
  13. Effect of fermentation on the nutritional composition of African yam bean.
  14. Comparative analysis of amino-acid composition in selected legumes.
  15. Effect of roasting on the chemical properties of groundnut.
  16. Analysis of sugar composition in selected fruit juices.
  17. Determination of caffeine and polyphenol content in cocoa beverages.
  18. Assessment of food-colour stability during processing and storage.
  19. Effect of drying temperature on the chemical composition of leafy vegetables.
  20. Development of a rapid method for detecting adulteration in vegetable oils.

B. Food Microbiology and Fermentation

  • Microbiological quality of locally produced fruit juices.
  • Assessment of bacterial contamination in ready-to-eat foods.
  • Microbial quality of street-vended foods in an urban environment.
  • Prevalence of foodborne pathogens in fresh vegetables.
  • Microbiological assessment of smoked fish sold in local markets.
  • Effect of fermentation time on the quality of cassava flour.
  • Isolation and characterization of lactic-acid bacteria from fermented foods.
  • Development of starter cultures for controlled fermentation of cereal foods.
  • Effect of fermentation on the safety and nutritional quality of maize.
  • Microbial succession during the fermentation of African locust bean.
  • Assessment of aflatoxin-producing fungi in stored groundnut.
  • Effect of storage conditions on fungal contamination of maize.
  • Evaluation of natural preservatives against food-spoilage organisms.
  • Antimicrobial activity of selected plant extracts against foodborne bacteria.
  • Microbiological quality of locally produced yoghurt.
  • Effect of packaging materials on microbial stability of bread.
  • Isolation of probiotic bacteria from traditional fermented beverages.
  • Evaluation of probiotic potential of lactic-acid bacteria from fermented foods.
  • Microbial quality of ready-to-eat salads.
  • Development of a hazard-control plan for small-scale food processors.

C. Food Safety and Toxicology

  • Assessment of heavy-metal contamination in vegetables grown near highways.
  • Determination of pesticide residues in fruits and vegetables.
  • Evaluation of aflatoxin contamination in stored maize.
  • Assessment of aflatoxin levels in groundnut-based products.
  • Determination of lead and cadmium in smoked fish.
  • Food-safety risks associated with street-vended foods.
  • Evaluation of microbial hazards in raw milk and locally processed dairy products.
  • Assessment of food handlers’ knowledge and practices concerning food hygiene.
  • Determination of antibiotic residues in poultry meat.
  • Evaluation of formaldehyde adulteration in selected food products.
  • Assessment of food-colour adulteration in beverages and confectioneries.
  • Occurrence of mycotoxins in cereal-based complementary foods.
  • Determination of pesticide residues in herbal teas.
  • Assessment of microbial contamination of food-contact surfaces.
  • Evaluation of food-safety practices in small-scale bakeries.
  • Assessment of the safety of locally processed palm oil.
  • Occurrence of microplastics in selected seafood products.
  • Determination of histamine levels in stored fish.
  • Assessment of food allergens in processed food products.
  • Development of a traceability system for locally processed foods.

Rapid testing, traceability, and emerging food risks are increasingly important areas in food-safety research.ift.onlinelibrary.wiley

D. Cereal, Legume, and Root-Crop Technology

  • Development of composite flour from wheat and cassava.
  • Quality characteristics of bread produced from wheat and sweet-potato flour.
  • Evaluation of maize–soybean composite flour for complementary food production.
  • Development of nutritious biscuits from wheat and African yam bean flour.
  • Effect of germination on the quality of sorghum flour.
  • Effect of malting on the functional properties of millet flour.
  • Development of breakfast cereal from maize, soybean, and tiger nut.
  • Evaluation of instant porridge produced from fermented cereal blends.
  • Effect of extrusion cooking on the quality of maize-based snacks.
  • Development of gluten-free products from cassava and legume flour.
  • Effect of parboiling on the nutritional quality of rice.
  • Evaluation of pre-treatment methods for improving the quality of brown rice.
  • Development of high-protein snacks from cowpea and maize.
  • Effect of roasting on the functional properties of bambara groundnut flour.
  • Development of value-added products from cocoyam.
  • Effect of fermentation on the quality of cassava-based foods.
  • Development of instant flour from yam and plantain.
  • Evaluation of the functional properties of potato and sweet-potato flour.
  • Development of nutrient-dense complementary foods from local raw materials.
  • Optimization of processing conditions for high-quality cassava flour.

E. Fruit, Vegetable, and Beverage Technology

  • Development of shelf-stable mango juice.
  • Effect of pasteurization temperature on the quality of pineapple juice.
  • Development of blended fruit beverages from tropical fruits.
  • Evaluation of tiger-nut milk fortified with selected fruit extracts.
  • Development of banana-flavoured soy yoghurt.
  • Effect of storage temperature on the quality of fresh fruit juice.
  • Development of vegetable-based beverages from leafy vegetables.
  • Effect of natural preservatives on the shelf life of fruit juice.
  • Evaluation of sensory properties of mixed-fruit beverages.
  • Development of functional beverages from hibiscus and ginger.
  • Effect of clarification methods on the quality of pineapple juice.
  • Development of low-sugar fruit drinks using natural sweeteners.
  • Evaluation of antioxidant activity in processed fruit beverages.
  • Effect of drying methods on the quality of tomato powder.
  • Development of tomato-based products for reducing postharvest losses.
  • Evaluation of dehydrated leafy vegetables for household use.
  • Development of instant soup powder from indigenous vegetables.
  • Effect of blanching on the quality of dried vegetables.
  • Development of fruit leather from mango and banana.
  • Quality evaluation of minimally processed fresh-cut vegetables.

F. Dairy, Meat, Fish, and Poultry Technology

  1. Microbiological quality of yoghurt produced from cow milk.
  2. Development of soy-enriched yoghurt.
  3. Effect of storage temperature on yoghurt quality.
  4. Evaluation of tiger-nut milk as a plant-based dairy alternative.
  5. Development of fermented cereal-based milk substitutes.
  6. Assessment of the physicochemical quality of locally processed cheese.
  7. Effect of starter culture on yoghurt fermentation.
  8. Development of probiotic yoghurt using indigenous lactic-acid bacteria.
  9. Evaluation of the quality of powdered milk sold in local markets.
  10. Assessment of adulteration in fresh and processed milk.
  11. Effect of smoking methods on the quality of catfish.
  12. Evaluation of improved smoking kilns for fish preservation.
  13. Microbiological quality of smoked fish products.
  14. Development of value-added fish products.
  15. Effect of freezing and thawing on the quality of fish.
  16. Assessment of lipid oxidation in stored fish.
  17. Development of chicken sausages fortified with plant proteins.
  18. Effect of curing methods on the quality of processed meat.
  19. Evaluation of plant-based preservatives in meat products.
  20. Assessment of hygiene practices in meat-processing facilities.

G. Food Preservation and Shelf-Life Studies

  1. Effect of storage temperature on the shelf life of bread.
  2. Evaluation of natural preservatives for extending the shelf life of bread.
  3. Effect of packaging materials on the quality of stored biscuits.
  4. Development of edible coatings for extending the shelf life of fruits.
  5. Effect of modified-atmosphere packaging on fresh vegetables.
  6. Evaluation of evaporative cooling for vegetable preservation.
  7. Effect of solar drying on the quality of leafy vegetables.
  8. Comparison of oven, sun, and freeze-drying methods for fruits.
  9. Effect of drying temperature on the shelf life of tomato powder.
  10. Evaluation of vacuum packaging for smoked fish storage.
  11. Effect of storage humidity on the quality of maize flour.
  12. Use of natural antioxidants to reduce rancidity in edible oils.
  13. Evaluation of biodegradable packaging for fresh fruits.
  14. Effect of oxygen absorbers on the storage stability of food products.
  15. Development of an affordable cold-storage system for rural food processors.
  16. Assessment of postharvest losses in tomato marketing.
  17. Effect of pre-treatment on the quality of dried mango.
  18. Development of shelf-life prediction models for fruit juices.
  19. Quality changes in stored roasted groundnut.
  20. Effect of storage containers on the quality of local cereal products.

H. Functional, Fortified, and Nutraceutical Foods

  1. Development of iron-fortified complementary food from maize and soybean.
  2. Evaluation of vitamin A-fortified cereal products.
  3. Development of calcium-fortified yoghurt.
  4. Effect of moringa leaf powder on the nutritional quality of biscuits.
  5. Development of high-fibre bread using fruit peels.
  6. Evaluation of antioxidant-rich beverages from tropical plants.
  7. Development of probiotic beverages from indigenous fermented foods.
  8. Effect of ginger extract on the antioxidant activity of fruit drinks.
  9. Development of low-glycaemic-index foods from local cereals.
  10. Evaluation of resistant starch in processed root crops.
  11. Development of protein-rich snacks from legumes.
  12. Effect of processing on the bioavailability of iron and zinc.
  13. Development of nutritionally improved foods for schoolchildren.
  14. Evaluation of functional properties of underutilized legumes.
  15. Development of prebiotic foods from dietary-fibre sources.
  16. Evaluation of phytochemical-rich beverages for functional-food applications.
  17. Development of gluten-free functional foods from indigenous crops.
  18. Effect of fermentation on the bioactive compounds in cereal foods.
  19. Development of nutrient-dense foods for pregnant women.
  20. Consumer acceptance of fortified traditional food products.

Functional-food research is increasingly focusing on health benefits, techno-functional properties, food structure, bioactive compounds, and advanced processing technologies.sciencedirect+1

I. Food Packaging and Food Engineering

  1. Development of biodegradable packaging from cassava starch.
  2. Evaluation of edible films for food preservation.
  3. Development of active packaging using plant extracts.
  4. Effect of packaging materials on food oxidation.
  5. Use of agricultural waste in the production of food packaging.
  6. Development of antimicrobial packaging for fresh produce.
  7. Evaluation of paper-based packaging for dry food products.
  8. Effect of packaging design on consumer acceptance of local foods.
  9. Development of moisture-resistant packaging from natural polymers.
  10. Assessment of migration of packaging chemicals into foods.
  11. Energy efficiency of small-scale food-processing equipment.
  12. Optimization of drying conditions for selected food products.
  13. Mathematical modelling of heat transfer during food processing.
  14. Rheological properties of fruit purees and food slurries.
  15. Flow behaviour of locally produced food sauces.
  16. Optimization of extrusion conditions for cereal snacks.
  17. Development of a low-cost solar dryer for agricultural products.
  18. Evaluation of mechanical properties of food-packaging films.
  19. Computer-based monitoring of temperature during food processing.
  20. Design and performance evaluation of a small-scale food-processing machine.

Food-engineering research includes packaging, storage, rheology, unit operations, dehydration, process control, and energy conservation.cals.cornell+1

J. Sensory Evaluation, Consumer Science, Quality, and Sustainability

  1. Sensory evaluation of biscuits produced from composite flour.
  2. Consumer acceptability of plant-based milk alternatives.
  3. Sensory analysis of fortified complementary foods.
  4. Consumer perception of genetically modified food products.
  5. Consumer acceptance of insect-based protein foods.
  6. Factors influencing consumer purchase of locally processed foods.
  7. Effect of food labelling on consumer choice.
  8. Evaluation of consumer preferences for organic food products.
  9. Sensory quality of traditionally fermented beverages.
  10. Consumer perception of functional and fortified foods.
  11. Statistical quality control in a food-processing industry.
  12. Development of a HACCP plan for a small-scale food enterprise.
  13. Assessment of good manufacturing practices in food industries.
  14. Life-cycle assessment of selected food-processing systems.
  15. Valorization of food-processing by-products for new food products.
  16. Development of animal-feed ingredients from food-processing waste.
  17. Environmental impact of plastic food packaging.
  18. Water and energy use in small-scale food processing.
  19. Assessment of food waste generation in restaurants and institutions.
  20. Development of a sustainable food-processing model for smallholder enterprises.

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